public void IsRegistered_Should_Return_True()
{
var resolver = new SimpleInjectorDependencyResolver();
resolver.RegisterType <IFace1, Class1>();
resolver.RegisterType <IFace1, Class2>();
resolver.RegisterInstance <IFace1>(new Class3());
var result = resolver.IsRegistered <IFace1>();
Assert.IsTrue(result);
}
public void Array_Injector_Should_Inject_All_Registed_Types()
{
var resolver = new SimpleInjectorDependencyResolver();
resolver.RegisterType<IFace1, Class1>();
resolver.RegisterType<IFace1, Class2>();
resolver.RegisterInstance<IFace1>(new Class3());
var resolve = resolver.Resolve<Class4>();
Assert.AreEqual(3, resolve.Ifaces.Count());
Assert.IsTrue(resolve.Ifaces.OfType<Class1>().Any());
Assert.IsTrue(resolve.Ifaces.OfType<Class2>().Any());
Assert.IsTrue(resolve.Ifaces.OfType<Class3>().Any());
}
public void Array_Injector_Should_Inject_All_Registed_Types_As_Enumerable()
{
var resolver = new SimpleInjectorDependencyResolver();
resolver.RegisterType <IFace1, Class1>();
resolver.RegisterType <IFace1, Class2>();
resolver.RegisterInstance <IFace1>(new Class3());
var resolve = resolver.Resolve <Class5>();
Assert.AreEqual(3, resolve.Ifaces.Count());
Assert.IsTrue(resolve.Ifaces.OfType <Class1>().Any());
Assert.IsTrue(resolve.Ifaces.OfType <Class2>().Any());
Assert.IsTrue(resolve.Ifaces.OfType <Class3>().Any());
}
public void ResolveAll_Should_Return_All_Registed_Types()
{
var resolver = new SimpleInjectorDependencyResolver();
resolver.RegisterType <IFace1, Class1>();
resolver.RegisterType <IFace1, Class2>();
resolver.RegisterInstance <IFace1>(new Class3());
var resolveAll = resolver.ResolveAll <IFace1>();
Assert.AreEqual(3, resolveAll.Count());
Assert.IsTrue(resolveAll.OfType <Class1>().Any());
Assert.IsTrue(resolveAll.OfType <Class2>().Any());
Assert.IsTrue(resolveAll.OfType <Class3>().Any());
}
public void Array_Injector_Should_Inject_One_Registed_Type()
{
var resolver = new SimpleInjectorDependencyResolver();
resolver.RegisterType <IFace1, Class1>();
var resolve = resolver.Resolve <Class4>();
Assert.AreEqual(1, resolve.Ifaces.Count());
Assert.IsTrue(resolve.Ifaces.OfType <Class1>().Any());
Assert.IsFalse(resolve.Ifaces.OfType <Class2>().Any());
Assert.IsFalse(resolve.Ifaces.OfType <Class3>().Any());
}
public void ResolveAll_Should_Return_All_Registed_Types()
{
var resolver = new SimpleInjectorDependencyResolver();
resolver.RegisterType<IFace1, Class1>();
resolver.RegisterType<IFace1, Class2>();
resolver.RegisterInstance<IFace1>(new Class3());
var resolveAll = resolver.ResolveAll<IFace1>();
Assert.AreEqual(3, resolveAll.Count());
Assert.IsTrue(resolveAll.OfType<Class1>().Any());
Assert.IsTrue(resolveAll.OfType<Class2>().Any());
Assert.IsTrue(resolveAll.OfType<Class3>().Any());
}
public void IsRegistered_Should_Return_True()
{
var resolver = new SimpleInjectorDependencyResolver();
resolver.RegisterType<IFace1, Class1>();
resolver.RegisterType<IFace1, Class2>();
resolver.RegisterInstance<IFace1>(new Class3());
var result = resolver.IsRegistered<IFace1>();
Assert.IsTrue(result);
}
public void Array_Injector_Should_Inject_One_Registed_Type_As_Enumerable()
{
var resolver = new SimpleInjectorDependencyResolver();
resolver.RegisterType<IFace1, Class1>();
var resolve = resolver.Resolve<Class5>();
Assert.AreEqual(1, resolve.Ifaces.Count());
Assert.IsTrue(resolve.Ifaces.OfType<Class1>().Any());
Assert.IsFalse(resolve.Ifaces.OfType<Class2>().Any());
Assert.IsFalse(resolve.Ifaces.OfType<Class3>().Any());
}
